"As to whether we're safer with the product you recommend because of personal experience and the fact that you can pronounce its ingredients...well, let's see." I didn't recommend anything. "I choose Jason...for me personally..." I'm also not jumping on the bandwagon. I've been using JASON brand for decades and my mother used it for at least a decade before I was born. Same with Tom's of Maine. I use their toothpaste and deodorant. I like their business practices, I like their ingredients, I like their products. Deodorant was used by Egyptians who swabbed scent under their armpits (like cinnamon oil), but the modern deodorant is only just over 100 years old. It wasn't until the 1940's that it actually became a commonly used product in the form it's in now and the first "modern" ones were pretty nasty stuff (ate through clothes, etc). So, "typical deodorants" is a misnomer unless it includes JASON, which has been around since late 1950's and has never had the unfortunate history of putting so much aluminum chloride in their product that it ate through clothing, commonly caused rashes (and still to this day colors the pits of white shirts yellow). As for linalyl acetate and being able to pronounce it and other allergens in lavender, here's the difference, as far as I'm concerned: When consuming the allotetraploid arachis hypogaea one might be concerned about Aspergillus flavus releasing aflatoxin. It may either be eaten or made into furniture polish, insecticides, and nitroglycerin. Many people may go into fatal anaphylactic shock if they inhale the dust or touch arachis hypogaea but if consumed as a refined oil it is considered allergen free. I can't pronounce half of that stuff, but what I'm talking about are peanuts. It's true, there are big, hard-to-pronounce words that make up the chemical background of plants and there will be people who are allergic to just about anything. Plants do have a complex mixture of chemicals, I agree. So does nearly everything on the Earth. Aquagenic urticaria does exist, but that doesn't mean we should be discouraging people from using dihydrogen oxide, or water, as it's commonly called. Some ingredients in Secret: Cyclopentasiloxane: Canada is trying to ban it from cosmetics. They consider it a health risk. It's a man-made silicone fluid with the formula C5H20O5Si5. It has not been tested for safety in cosmetics by the Cosmetic Ingredient review and in 2005 the Dow Corning Corporation found that one or more animal studies show tumor formation at moderate doses. Although silicone originates from the Earth (doesn't everything!) it is not in it's natural form. FRAGRANCE: Hmmmm.... that sounds refreshing!! A random blend of chemicals and fragrances that they won't even list. Now, I think most people would agree there is a lower risk for allergy if they can see "Fragrance includes: lavender" because if they are allergic to lavender they can choose not to buy that product. If there are no origins of scent listed there is a much higher potential for allergy. Not certified organic means there could be any number of pesticides in their plant ingredients. I know what lavender is. I know that I personally am not allergic to any of the ingredients in JASON brand deodorant and I recognize each certified organic ingredient they use in it's natural state. In fact, I have all of the ingredients in my kitchen or in my garden growing. As with anything you put in or on your body, or in your home, it is prudent to ensure you are not allergic and you are comfortable with the ingredients; where they came from, how they were manufactured, the company ethics and business practices. So, if a person does not know the potential risk for a personal allergy one should not recommend the use of any product to anyone. I have a friend who cannot use Degree brand deodorant because it causes rashes on her body. I can use it just fine.

I use various size boxes in home, in vehicle, and RV and on ATVs for fire extinguisher. I have them placed all over the house (a few in larger rooms) including the garage and in the sheds. The stuff will put out every kind of fire. This I know by experience. Lil

Aerated compost teas are the latest in scientific organic research today. In many ways, aerated teas offer greater immediate benefits than classic compost, manure, or other homemade foliar teas. Just by applying a cheap aquarium air pump to a 5 gallon bucket of tea, you can get amazing results. (Cheap, inexpensive aquarium airstones are also recommended to be applied to the hose in the water. This produces a better distribution of smaller air bubbles to make the aerobic soil/comosting microbes breed better.) Instead of just brewing teas for quick valuable water soluble nutrients from the compost or manure, you can breed a larger population of beneficial aerobic bacteria and fungi in the tea. It is the microherd in our soil, compost, and teas, that is really more important in soil development and disease control than just the soluble nutrients. Aerobic microherd populations reduce offensive smells in compost piles, the compost teas, and the soil. Aerobic microherd also break down bad poisons and pathogens into safe nutrients in hot compost piles and aerated compost teas. Diluted anaerobic compost or manure teas are great liquid fertilizers and disease controllers also. Many people prefer the anaerobic teas better because they are simpler and easier to design and apply. However, recent research has proven that the aerobic microherd populations fight diseases and bad soil and plant pathogens better and supply more power to your soil's total health and texture. Keep in mind that all types of organic and natural foliar teas are designed to complement and enhance, not replace, basic composting, green manuring, and organic mulching techinques in your garden. The soil microherd continue over months and years to eat up insoluble OM in the existing soil and the extra soil amendments and break them down into more available soluble nutrients for plants later in the year. Technically even in un-aerated teas there is still some aerobic action taking place for several days. All fungi is aerobic. Some bacteria are totally aerobic, some bacteria are totally anaerobic, and some bacteria can act both aerobic or anerobic based on the soil or tea environment. Un-aerated teas can continue to keep alive some aerobic or aerobic/anaerobic microbes, for up to 10 days in a watery solution. After 10 days, the whole un-aerated tea will contain only anerobic microbes. You can expect different microbial population levels in your tea based on weather, climate, temperature, seasons, etc. In the summertime you can expect your teas to brew faster and get to your optimal microbial levels faster than in cooler fall weather. Also tea odors, color, and foaminess on top of the tea, will vary based on temperatures too. ************************************************************ There are several different levels of teas as well as different recipes and styles. Here is the simple steps as outlined by one of our own GardwenWeb members who is an expert on teas and compost. This is a brief description of the different strength levels of tea making as outlined by "BILL_G" : Level 1: Put a shovel full of good compost in a 5 gallon bucket of water, wait one week, and apply to garden or lawn either full strength or up to a 1:4 water ratio. This is an excellent source of ready available soluble nutrients. NOTE: If you stir your brew daily or every other day, it helps get more oxygen to the mix for better decomposition and better aerobic microbial population growth. Level 2: Do same as above, but now add to the recipe a few cups of alfalfa pellets or some other cattle feed. Now you have extra nitrogen and trace elements from the bacterial foods. Level 3: Do all above plus now add the air pump bubbler. Now you have more aerobic microbes to add to your soluble nutrients in the tea. Level 4: Do all the above and now add a few tblsp of molasses or other simple sugar products. Now you really maximize the aerobic microbes in the tea, which in turn produce even more extra soluble nutrients from the bacterial foods. ********************************************************** Here is my suggestions also. You can add more high nitrogen foods in the tea. Remember the only main ingredients that are necessary to make a good bacterial and soluble nutrients tea are: aerobic compost and sugar products. Everything else is optional. Your teas can be as creative as you are. Let's assume a 5 gallon tea recipe for our example: 1. Add 1/2 bucket of finished hot compost. This supplies most of the beneficial aerobic microbes and soluble nutrients. Some people use slightly immature aerobic compost because it has more fresh nitrogen in it, but less microbes than finished hot compost. 2. Use 2-3 tblsp molasses, brown sugar, or corn syrup. This feeds and breeds the aerobic bacteria. Sugar products are mostly carbon which is what the microherd eat quickly. Add about 1-2 more tblsp of molasses for every 3 days of aerobic brewing to make sure the sugar is digested before touching the soil at application time, and to guarantee that the aerobic bacteria population stays strong throughout the brewing process. Molasses also contains sulfur which is a mild natural fungicide. Molasses is also a great natural deodorizer for fishy teas. For a more fungal tea don't add too much simple sugar or molasses to your aerobic teas. Use more complex sugars, starches and carbohydrates like in seaweed, rotten fruit, soy sauce, or other fungal foods. 3. Add 1-2 cans of mackerel, sardines, or other canned fish. Supplied extra NPK, fish oil for beneficial fungi, calcium from fish bones. Most commercial fish emulsions contain no fish oils and little to no aerobic bacteria. Fresh fish parts can be used, but because of offensive odors, it should composted separately with browns like sawdust first before adding to the tea brew. NOTE: For those organic gardeners who prefer vegetarian soil amendments, you can skip the fishy ingredients, it's not necessary. There is plenty of NPK in alfalfa meal and other grains that you can use. (NOTE: If you use canned fish products, you may want to let it decompose mixed with some finished compost, good garden soil, etc. in a separate closeable container for a few days before using. Since most canned meat products contain preservatives, this will guarantee that the good microbes in the tea will not be killed off or harmed in brew making.) 4. Add 1 pack fresh seaweed. Supplies all extra trace elements. Seaweed can contain about 60 trace elements and lots of plant growth hormones. Seaweed is a beneficial fungal food source for soil microbes. Liquifying the seaweed makes it dissolve even faster. 5. Add 1-2 cups of alfalfa meal, corn meal, cattle feed, horse feed, catfish or pond fish feed. Supplies extra proteins and bacteria. Corn meal is a natural fungicide and supplies food for beneficial fungi in the soil. 6. Add rotten fruit for extra fungal foods. Add green weeds to supply extra bacterial foods to the tea. 7. Good ole garden soil is an excellent free biostimulant. Garden soil is full of beneficial aerobic bacteria, fungi, and other great microbes. Some people make a great microbial tea just out of soil. Forest soil is usually higher in beneficial fungi than rich garden soil. 8. Fill the rest of the container with rainwater, compost tea, or plain de-chlorinated water to almost the top of bucket. You can make good "rain water" from tap water by adding a little Tang (citrus acid) to the water mix before brewing. Urine water is also an excellent organic nitrogen source for teas (up to 45% N). 9. Some people like to add 1-2 tblsp of apple cider vinegar to add about 30 extra trace minerals and to add the little acidicity that is present in commercial fish emulsions. Many fish emulsions contain up to 5% sulfuric acid to help it preserve on the shelf and add needed sulfur to the soil. You can add extra magnesium and sulfur by adding 1-2 tblsp of Epsom salt to the tea. 10. Apply the air pump to the tea. NOTE: Some organic tea brewers prefer not to use the air pump method. You can get some extra oxygen in the tea by stirring it daily or every other day. The air pump just makes the oxygen levels in the tea happen faster than by hand, thus greatly increasing the rate of aerobic microbial growth in the tea. If you prefer to use the air pump, let it bubble and brew for at least 1-3 days. (NOTE: The 3 days limit is just a good guideline. The real test of brewing time is by your own sight and smell test, because everybody's tea is different due to the various microbial species and breeding activity that takes place during the brewing process.) The aerobic tea is ready to use when it has either an earthy or "yeasty" smell or a foamy layer on top of the tea. If not satisfied with the look or the smell of the tea, go up to a week of brewing. The extra brewing time will help the microbes digest more of the insoluble bacterial and fungal foods in the tea and make it more available for your plant's or your soil's nutritional needs. Apply this tea full strength to get full nutrient levels per plant, or dilute it from a 1:1 down to a 1:5 water ratio to spread the beneficial microbes over a 1-acre garden area (mix 5 gallons of tea per 25 gallons of rainwater). To reduce straining, you can place all your ingredients in a closed panty hose or laundry bag during the brewing cycle (don't use a too fine mesh bag or the beneficial fungi can't flow properly through the bag). Here's another method to avoid straining and to maximize the amount of microbes in application: Simply turn off the air pump, stir the entire mixture real hard, and then let the mixture sit still for about 30 minutes. Scoop off the top juice straight into a watering can for application. You can apply with a watering can, or simple cup, or in a sprinkling system. All compost teas can be used as a foliar feed or soil drench around plants. They also make great compost pile nitrogen and bacterial activators to heat up the pile for faster finished composting. Always take the remains for teas and recycle them back into your compost piles. As stated, you can use your homemade tea as a foliar feed or as a soil drench or both. Soil drenches are best for building up the soil microbial activities and supplying lots of beneficial soluble NPK to the plant's root system and the topsoil texture. Foliar feeds are best for quick fixes of trace elements and small portions of other soluble nutrients into the plant through its leaves. Foliar feeds are also good for plant disease control. Foliar feeds work best when used with soil drenches or with lots of organic mulches around plants. You can poke holes in the soil around crop roots with your spade fork, to get more oxygen in the soil to further increase organic matter decomposition and increase microbial activity in the soil. Aerated teas can also be used to greatly speed up the decomposition process of hot compost piles. The extra aerobic microbes in the tea will breed and cooperate with the aerobic microbes in the organic matter in the compost pile. You should not use any liquid soaps as a spreader-sticker agent in a fertilizing/biostimulant tea like this. It can hinder or harm your aerobic microbes that you just grew in the tea. You need to use better products in your tea like liquid molasses, dry molasses powder, fish oil, or yucca extract as a spreader-sticker. A good aerated tea is very economical. 5 gallons can be diluted to biostimulate an entire acre of garden via foliar spraying only. If you soil drench only, it takes at least 15 gallons of tea, before diluting, to cover an acre of garden soil. Also there is enough aerobic bacteria and fungi in a good 5 gallon batch of aerated tea, that is the equivalent of about 10 tons or 40 cubic yards of regular compost! These homemade aerated compost teas are just as powerful, maybe more powerful, than any commercial natural or organic fertilizer or soil amendment on the market today. And they are a lot cheaper too! So have fun, be creative, and keep on composting! Happy Gardening!

One of our composting experts and friends on this site, David Hall (DcHall_San_Antonio), recently gave a great list of some of the major benefits from soil high in organic matter: ************************************************************ "Chemical fertilizers rely on an assumption that plants only need three elements to survive and thrive. Nitrogen, phosphorus, and potassium are those three. This is the equivalent of saying that we need protein, fat, and sugar to live. While this may be mostly true, pure protein, pure fat, and pure sugar do nothing to supply the vitamins, minerals, and diverse supply of bacteria and fungi in our diets. Here is a list of a dozen things that you can do with organically fed soil that cannot be achieved with conventional chemical feeding. 1. Decompose plant residues and manure to humus. 2. Retain nutrients in the form of stable humus. 3. Combine nitrogen and carbon to prevent nutrient loss. 4. Suppress fungus and bacterial diseases. 5. Produce plant growth regulators. 6. Develop soil structure, tilth, and water penetration/retention. 7. Clean up chemical residues. 8. Shift soil pH to neutral and keep it there. 9. Search out and retrieve nutrients in distant parts of the soil. 10. Decompose thatch and keep it from returning. 11. Control nitrogen supply to the plants according to need. 12. Pull minerals out of inorganic soil components for plants. Soil microbes need sugar and protein to thrive. When you apply synthetic ferts, none of the things on this list gets done. The microbes normally get sugar from plant roots. Protein in nature comes from dead insects, plants, and animals. The organic gardener applies protein artificially in the form or organic fertilizers. It is usually in the form of a ground up meal made from plants and animals to try to replicate the natural process." ******************************************************* With that being said, many times it is difficult to find good organic or natural fertilizers and soil amendments from garden stores because most of the garden people that we meet are non-organic users. Therefore as an organic gardener, we have to be creative in order to find our supplies. This is a simple list of sources for uses in foliar teas, composting and green manure techniques, and other soil amendments: 1. Deer plot mixes or cheap bird seed bags - 50 lb bag is a great source of economical cool season cover crop seeds. Most contain a mixture of legumes and grasses like crimson clover or hairy vetch or winter peas, oats, winter wheat, and rye. Most bird seeds contain sunflowers or millet or other types of non-legume seeds that can be planted as excellent cheap cover crop seeds. Bird seeds make great composting ingredients too for extra protein-nitrogen to speed up compost decomposition. 2. Catfish or pond fish feed - Excellent source of alfalfa meal and fish meal for topdressing or compost teas. Like cat and dog foods, some people may not consider it a truly organic soil food source. But it does contain lots of protein and micronutrients. 3. Cat or Dog foods - Some people would not consider this a truly organic source of soil nutrients. It does contain lots of protein and micronutrients. There are some amounts of corn gluten meal in these feeds. (NOTE: Probably not enough to really do the job of weed seed suppression control in lawns or gardens.) 4. Seaweed - If you can't collect it free from the beach, you can buy economical packs of fresh seaweed from oriential markets for compost teas. (To be on the safe side, it is a good idea to always wash your seaweed first to remove any salt.) Take all your remains from your teas and recycle them into your compost piles. If you liquify the seaweed in a juice, you can use the whole product as a foliar feed or soil drench. Even though most fertilizer companies rate seaweed with a NPK of 0-0-1, it contains at least 1% total N and over 3% total P. Seaweed may contain as much as 60 trace elements. Seaweed and other algae plants are some of the greatest soil amendments on earth, or should I say in the ocean. Seaweed also contains beneficial growth hormones and benefical fungal food sources for soil microbes. 5. Fish emulsion - Commercial brands contain no fish oil and little or no aerobic bacteria. Homemade versions supply extra beneficial oils for beneficial fungi and fish bones for extra calcium. Free fresh fish parts are the best if available. However, cheap canned fish products will do fine. Experiment with canned mackerel, sardines, herring, etc. If the fishy smell is a big issue, just mix your fish products with a lot of high carbon sources like sawdust, leaves, or straw in a 5 gallon closed bucket. You can add molasses to your fishy mixture to speed up decomposition by increasing the microbial growth in the mixture. The molasses will also control the fishy odors. Let this mix decompose for at least a week or more before adding to the hot compost pile or to your compost tea recipes. The extra carbons will help absorb the offensive odors as well as keep most of the organic nitrogen in your compost pile or your compost teas. Also the aerobic bacteria kill break down any bad pathogens that may exist in decaying fish meat. Read the other FAQ's on aerated teas and homemade fish/seaweed emulsions also. 6. Fava beans, soybeans, and other legume cover crops - Mostly all bagged dry beans and peas in grocery stores will sprout and make great warm season green manures. Fava beans and soybeans can found in oriential markets or health food markets. 7. Horse and cattle feeds - These contain a great supply of alfalfa meal and corn meal and other proteins for soil amendments or compost teas. The whole corn or oat seeds in the bags, may sprout and give you an extra green manure benefit. The extra molasses ingredient from the feeds draws and breeds lots of beneficial soil organisms. Molasses also contains sulfur which acts as a mild natural fungicide also. NOTE: Check the label also for total salt content in the feeds. Most grain meals that I get are no salt (less than 0.7%). 8. Corn meal - very cheap source for a nitrogen activator for heating up the compost pile or as a topdressing. Great natural fungicide also. Corn meal is a great phosphorus source also. 9. Liquid molasses, dry molasses powder, brown sugar, corn syrup - source of fast consuming sugars for feeding and breeding the aerobic bacteria in compost teas. Most microherd populations love the high carbon content in sugar products. Sugars are best dissolved and broken down by microbes in compost tea that has brewed at least 1-3 days, before applying to the soil. If too much sugar is added on soil straight as a topdressing, it may cause a temporary nitrogen deficiency in the soil as the microherd populations grow too fast. Molasses also contains sulfur which acts as a mild natural fungicide also. Molasses is also a great natural deodorizer for fishy teas. NOTE: Recent studies have shown that unsulfured molasses or dry molasses powder is best for faster aerobic microbial growth in tea brewing. For a more fungal tea don't add too much simple sugar or molasses to your aerobic teas. Use more complex sugars, starches and carbohydrates like in seaweed, rotten fruit, soy sauce, or other fungal foods. 10. Alfalfa meal - best source is 50 lb bags of rabbit food or alfalfa hay bales. There are also 100% alfalfa pet litter or beddings if available. Alfalfa products are best used in teas, mulches, or as topdressings. Alfalfa is an excellent natural complete fertilizer, containing great amounts of N, P, and K, and many growth hormones and micronutrients. 11. Blood and Bone meal - this classic combo can be found almost everywhere these days. However blood meal is very expensive. Bone meal can be even cheaper if purchased in 20 lb bags from feed stores. Since blood meal is totally soluble, it can be added to compost tea recipes.. With a NPK around 11-0-0, it has the highest total nitrogen ratio of all natural fertilizers, and may burn plants if used improperly. Steamed bone meal has a recorded NPK around 0-11-0. Usually steamed bone meal has a total N from 1-6%, 11% soluble P but 20% total P, and 24% calcium. Raw bone meal has more total N but none of the P is water soluble. 12. Urine or Urea - yes, human urine is an excellent source of organic nitrogen for compost teas or as a free nitrogen activator for composting (45% N). (NOTE: Unlike human manure, any pathogens, diseases, or other mild toxins in human urine are quickly killed and digested within 24 hours after they escape the human body. Therefore human urine is very safe for all types of composting methods.) 13. Animal Manures - High in N and great sources of P and K and soil microbes. Use only vegetarian animal manures, like cattle or horses, in order to be on the safe or conservative side for all your gardening uses! Chickens are not vegetarians. However chicken manure is a safe, classic, high nitrogen, highly alkaline farm animal manure. Chicken manure is ok, mainly because the foods that chickens consume are easily broken down by normal gardening composting systems. DO NOT EVER USE ANY PET MANURES OR DOG OR CAT POOP! It is extremely dangerous to humans. There are special hot composting procedures that must be performed to use toxic, pathogen or disease prone, heavy metal manures like pet poop and human manures. So don't do it! Always compost animal manures first or use aged animal manures before applying to the soil or as an ingredient in foliar teas. 14. Grass Clippings and Green Weeds - Excellent sources or organic N for special foliar teas or use as an organic mulch/top dressing. Some gardeners even hot compost strange weeds and herbs like kudzu, bull thistle, dandelions, comfrey, stinging nettle, thorns, ivy, etc. 15. Wood Ashes - Wood ashes, not charcoal ashes, are great organically recommended soil amendments. Wood ashes contain up to 70% calcium carbonate or calcium oxide (natural liming agent) and lots of potassium. If you have native acidic soil, a little sprinkled wood ashes are perfect for your lawn or garden as a soil amendment or liming agent. However, if your native soil is highly alkaline, never put wood ashes straight on your soil! Wood ashes is absolutely safe in a hot compost pile. A hot compost pile always buffers the pH of its ingredient organic matter materials so that the mature compost has a near neutral pH. The main disadvantage of composting wood ashes is that the high alkaline ashes will chemically react with high nitrogen products in the pile like animal manures or grass clippings, thus creating excessive ammonia gases that will be wasted and evaporated out of the pile. Therefore if you compost wood ashes, only use a few cups of ashes per cubic yard of compost piles. The above soil amendment products can also be buried straight in the garden soil for trench composting. You can also bury these materials in planting holes under the roots of heavy feeder transplants like tomatoes for extra NPK for plant growth. You can poke holes in the soil around crop roots with your spade fork, to get more oxygen in the soil to further increase organic matter decomposition and increase microbial activity in the soil. All natural soil amendments as well as homemade compost, do more than just fertilize the soil and growing plants. Most natural soil amendments have a total NPK rating sum total less than 20 (i.e. fish emulsion NPK = 5-1-1, compost NPK less than 4-4-4). Don't be fooled by the numbers. Most P and K ratings only record the soluble available portions in the products. The N portion recorded could be either the soluble, insoluble, or total N portions as based on the company. The insoluble non-reported portion of OM is continuously consumed and broken down with the existing OM in the garden soil, thus raising the available soluble nutrients for further season crops. Happy Gardening!